Graduate Scholarship Programme

Laplace Telecoms Academy, an arm of Laplace Technologies Limited, was formally founded in 2011 to provide top of range practical, engaging and skill-oriented Telecoms and IT training solutions. The academy is leveraging on the established reputation of the parent company in the  area of Telecoms Engineering Services.

As part of our efforts to assist those who want to take this training but lack the required financial capacity to pay in full for the training we are offering different grades of  scholarship to students who will meet  our cut off point after taking the necessary aptitude tests. Candidates will be tested in English, Mathematics,  and Physics/Engineering/IT, and will be allowed to  select any of the courses below if successful.

We therefore call for those who are interested in this offer to send in their application through our website and prepare to take the aptitude test on 18th of August.

Use this link to apply for the scholarship awards: http://laplaceknowledgeacademy.com/scholarship

 

The courses available for scholarship programme are

• Telecoms Equipment Engineering.
• Radio Network Planning & Optimization

 

Telecoms Equipment Engineering Training course

TEE course is a course for those who seek to build a career as a BSS/ Microwave Transmission/Power 

Systems engineer. It will give you the foundational and mid-level skills to jump start your career.

 

Course Name: Telecoms Equipment Engineering

 

Objectives:

• Understanding the Base Station Subsystem and its role in telecommunication networks
• Understanding the various nodes in the Base Station Subsystem and its interfaces
• Understanding basic Transmission Concepts
• Understanding various Transmission Network Topology and Media
• Understanding the basic Hybrid Power Solution Principles, Applications and advantages 
• Equipment exposure – BSS, Transport Network and Power Hybrid Solutions.

 

Course Modules

• Module 1: Telecommunication networks; Generational evolution; Network Architecture; Physical and Logical Channels.
• Module 2: Introduction to BSS: Definition of BSS; Functions of BSS; 
• Module 3: Nodes in BSS (BTS, BSC, Transcoder and PCU); Functions of the various nodes in BSS;
• Module 4: Protocol Stacks; BSS Interfaces; Application Parts; BSSAP, MTP, DTAP; 
• Module 5: Modulation; Modulation Types and Techniques; Access technologies and Modulation Schemes; Voice and Channel Coding; Speech Coding and Advanced Speech Coding
• Module 6: BSS Installation and Implementation. Equipment description, Implementation Scenario and Standard operating procedure for the Equipment
• Module 7: Antennas and Impedance Matching; the Concept of VSWR; Using the Site Master
• Module 8: Transmission Fundamentals: Microwave Definition, Concepts of Microwave Communication. PDH/SDH Principles
• Module 9: Digital Microwave Networking and Application: Common Microwave Topologies and features, Types of Digital Microwave Stations, Application of Digital Microwave
• Module 10: Digital Microwave Equipment and protection types, installation and Implementations.
• Module 11: Microwave Propagation and Anti-fading Technologies; Factors Affecting Electric Wave Propagation, Anti-fading Technologies for Digital Microwave.
• Module 12: Digital Microwave LOS; System commissioning and alignment.
• Module 13: Introduction to Hybrid Power Solutions, Principles, Applications and Advantages 
• Module 14: Hybrid Power Solutions and Scenarios; D.G & Battery Hybrid Solution, Solar & D.G Solutions
• Module 15: Hybrid Power Solutions, Installation and Implementation. Equipment description, Implementation Scenario and Equipment SOPRadio 

 

Network Planning & Optimization Training Course

RNPO class is a course for those who seek to build a career as a Network Planning & Optimization 

Engineer. It will give you the required foundation and mid level skills necessary to start off as a Network Planning & Optimization Engineer. 

 

Modules

• Module 1: Introduction to Telecommunications: Telecommunications in Today’s Industry, Evolution of Mobile Communication.
• Module 2:  Second Generation Mobile Networks: GSM network Architecture and Functions, Radio channel management, Radio cell and wave propagation.
• Module 3: Radio Network Planning Process: Site planning; Site simulation and modeling Site survey and validation, Coverage and Capacity planning.
• Module 4: Technical site survey; Simulation of Greenfield surveys, Site Audit and Site report writing; Use of SAF forms and site survey software.
• Module 5: Interference Theory and Frequency Planning: Theory of interference; Frequency Spectrum allocation; Frequency Planning and Re-Use pattern; Frequency hopping.
• Module 6:  Network Systems information and Parameter Planning: Network Identity parameters; System control Parameter; Cell data parameters; Network Function parameters.
• Module7:  Radio Network optimization and Quality of service: RNO process flow, KPI definitions; Interference, Call drop, Call setup, Handover; Congestion, RNO methods Drive test  and call Quality test, RNO Case studies.
• Module 8:  WCDMA Overview: Evolution, Spectral allocation and Spectrum analysis, System architecture, Channel coding, WCDMA Network and Capacity Planning.
• Module 9: Introduction to WCDMA KPI- PSCSSR, (Voice and Video) CSSR, SHOSR, SoHOSR. Interfrequency HHSR, PS_IRAT HOSR, CS_IRAT HOSR, PSCDR, (Voice and Video) CDR

 

Who Should Attend

• Fresh OND/HND/B.Sc graduates looking forward to a career in telecommunications.
• Operations and Support Specialists in the ICT industry
• Candidates with less technical disciplines seeking a career in the ICT industry

 

Please check through our website www.laplaceknowledgeacademy.com  for more information or you 

can contact us via e-mail; info@lalplaceknowledgeacademy.com or call 08083082726. 

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